Methods of Foundation Rehabilitation in Toledo, OH

Depending on the extent of the damage, there are several methods that can be used for Foundation Rehabilitation in Toledo OH. Drainage systems can be improved to eliminate excess water that can lead to foundation failure. Some of those products and services include water shields, crocks and sub-pumps, dry wall and sewer hookups, grading and seals, overhauling crawl spaces, wall straightening, foundation repair, and invisible support and reinforcement. Implementing repairs at the first sign of damage helps keep methods simple and cost-effective.

Signs of excess water in the basement can be cracks in floors and walls, a musty smell, formation of rust or mold, visible water that does not seem to drain, and separation of windows and doors from seals and encasements. Signs of foundation distress can include bulging floors, wall rotation, excessive amounts of water on the floors, and large cracks in the walls and floors. Soil shifting can also be a cause of damage that leads to foundation failure. That is less likely to be noticed until it leads to aforementioned signs. Homeowners and building owners should have the basement inspected and the situation assessed by certified contractors when signs are first noticed. Delaying will only cause further damage that can lead to health issues, a decrease in property value, damage to piping, and foundation failure.

Interior methods for drainage repair and improvement begins with the removal of concrete at the repair zone. A new drainage system is installed and covered with river rock aggregate. Walls are perforated to allow excess water to be removed, and a polymer board system is installed and attached to the walls. That allows water to flow freely to drain tiles. There are a few different drainage systems that can be installed depending on the situation and the design of the basement. Owners can go to for details on systems, benefits, and limitations.

Exterior methods of Foundation Rehabilitation in Toledo OH, are a bit more involved, with the excavation of the walls being the first step. The walls are cleaned and cracks and holes are filled. The drainage system is inspected, and new tile areas are covered with rock aggregate and porous fabric to allow water to flow to drain tiles. After that is completed, a polyethylene vapor barrier is used to provide extra strength and durability, inhibit moisture, resist cracks and punctures, and eliminate foundation failures.

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